Titlebook: Ocular Circulation and Neovascularization; David BenEzra,Stephen J. Ryan,Robert P. Murphy Book 1987 Martinus Nijhoff/Dr W. Junk Publishers

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O2 Gradients in the Miniature Pig Retina in Normoxia and HyperoxiaThe inhalation of 100 % oxygen by healthy subjects has been shown to decrease retinal blood flow by approximately 60 % (Riva et al., 1983). Surprisingly, this decrease is accompanied by a 50 % increase in venous oxygen saturation (Hickam et al., 1966), so that the drop in O.-delivery could be even larger than 60 %.

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Retinal Hemodynamics in Diabetes MellitusThe retinal circulation and its regulation to 100% oxygen breathing were investigated in patients with diabetes mellitus using bidirectional laser Doppler velocimetry (BLDV) and monochromatic fundus photography.

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Early Photocoagulation of Focal Diabetic Macular EdemaSeveral studies suggest that argon laser photocoagulation may be helpful in the management of diabetic macular edema, stabilizing visual acuity rather than restoring reduced acuity.

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Prevention of Clot Formation in Cat Retinal Vein by Systemic and Subconjunctival Urokinaseg poorly to therapy. A rational approach to the treatment of this condition demands the use of the appropriate pharmacological agents, knowledge of the best route of delivery and, perhaps most important, information relating to the maximal time interval after thrombus formation during which the agent can still effectively dissolve the clot.

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Ocular Circulation and Neovascularization978-94-009-3337-8Series ISSN 0303-6405